M31’s low power IP solutions give IoT designs a competitive edge with seamless communication, compact design, and cost efficiency.

Leading the Future, Driving Innovation

Seamless Integration

  • The Internet of Things (IoT) integrates billions of smart devices into daily life.
  • It facilitates the transfer of massive amounts of data to the cloud.
  • Its seamless communication among numerous “things” is essential.

Key Factors in IoT SoC Design

  • Low power consumption is crucial for IoT SoC design.
  • Compact design is important for IoT device integration.
  • Cost efficiency is pivotal to IoT SoC development.

M31’s Low Power IP Solutions

  • M31 provides low power IP solutions tailored for IoT device manufacturers.
  • Applications include data detection, internet connectivity, analysis, management, and storage.
  • M31’s advanced IPs provides a competitive edge.

Benefits

Time-to-market

Reduces the time to design and test custom electronic circuits. Promotes faster time-to-volume for new IoT applications.

Cost-effectiveness

Eliminates “from scratch” to reduce development costs and focuses resources on high ROI innovation.

Flexibility

Seamless integration promotes quick response to market changes and new applications.

Scalable

Easily replicated in large-scale production.

M31 IoT IP

Vision/Sensor
Storage
Clocking
Vision/Sensor

Vision/Sensor

MIPI_CDPHY, MIPI_DPHY, and USB2.0 PHY are key IP in sensing chips that use the internet to regulate temperature control, humidity balance, and light in today’s smart homes.

Storage

Storage

M31 ONFi I/O, LPDDR PHY, PCIe 5.0 PHY, and SRAM/ROM Compilers are essential components for critical IoT memory control chips.

Clocking

Clocking

M31’s next-generation fully Digital PLL IP, featuring small area, low power, and high precision, can be flexibly placed in each block of the system chip, reducing signal degradation and power consumption. Because its fully digital, the same architecture is applicable across different process nodes, enabling rapid advanced technology adoption.